A freely programmable telemetry controller with an ARM Cortex-M4 or ARM9 processor and LINUX system, allowing the development of applications in multiple programming languages.
A freely programmable telemetry controller based on a control module with an ARM Cortex-M4 processor allows creating applications in the C language. The possibility of using a control module with an ARM9 processor running under the LINUX operating system enables the creation of applications in languages such as: C, Python, Perl, PHP, Java, Node JS, Lua, Basic, Shell.
The device enables the construction of modern control, monitoring, acquisition, diagnostics and control systems. A large number of communication ports as well as inputs and outputs allows the integration of various functions within a single device.
The transmission of gathered information is carried out using packet data transfer technology in the GSM (GPRS) network. Modem modules in NB (Narrow Band) and LTE-M technologies are also available.
It features:
Technical data:
Power supply: 12 – 24 VDC
Backup battery: 3V
Antisurge: 600W / 1 ms 33V
Casing material: gray ABS
Dimensions: